// The REAL DEAL - Running Code. int led22 = 22; int led23 = 23; int led24 = 24; int led25 = 25; int led27 = 27; int led29 = 29; int led31 = 31;

Transcription

1 /* // The REAL DEAL - Running Code */ int led22 = 22; int led23 = 23; int led24 = 24; int led25 = 25; int led27 = 27; int led29 = 29; int led31 = 31; int led33 = 33; int led35 = 35; int led36 = 36; int led37 = 37; int led38 = 38; //int led40 = 40; // output 40 not working int led42 = 42; int led44 = 44; int led46 = 46; int led48 = 48; int ramp = A0; int wye = A1; int eevjct = A2; int mc = A3; int bwf = A4;

2 int ews = A8; //East Wye Swtich status int wws = A9; // West Wye Switch status int eevs = A10; //East El Vado Jct Switch status int rest = A11; // Show restricting input //int A12 - Dead input int perm = A13; // Permit to enter input boolean permlatch = false; int timer2 = 500; int timer; long currentmillis = 0; long previousmillis = 0; long currentmillis2 = 0; long previousmillis2 = 0; long interval = 900; long interval2 = 300; int ledstate = LOW; void setup() pinmode(a0, INPUT); pinmode(a1, INPUT); pinmode(a2, INPUT); pinmode(a3, INPUT); pinmode(a4, INPUT); pinmode(a8, INPUT); pinmode(a9, INPUT); pinmode(a10, INPUT); pinmode(a11, INPUT);

3 pinmode(a12, INPUT); pinmode(a13, INPUT); pinmode(a14, INPUT); pinmode(a15, INPUT); pinmode(led22, OUTPUT); pinmode(led23, OUTPUT); pinmode(led24, OUTPUT); pinmode(led25, OUTPUT); pinmode(led27, OUTPUT); pinmode(led29, OUTPUT); pinmode(led31, OUTPUT); pinmode(led33, OUTPUT); pinmode(led35, OUTPUT); pinmode(led37, OUTPUT); pinmode(led36, OUTPUT); pinmode(led38, OUTPUT); // pinmode(led40, OUTPUT); pinmode(led42, OUTPUT); pinmode(led44, OUTPUT); pinmode(led46, OUTPUT); pinmode(led48, OUTPUT); digitalwrite(led31,high); //S2- RD digitalwrite(led37,high); // S3- RD void loop() int led22 = 22;

4 int led23 = 23; int led24 = 24; int led25 = 25; int led27 = 27; int led29 = 29; int led31 = 31; //S2 Red int led33 = 33; //S2 White int led35 = 35; //S3 White int led36 = 36; int led37 = 37; //S3 Red int led38 = 38; //int led40 = 40; // output 40 not working int led42 = 42; int led44 = 44; int led46 = 46; int led48 = 48; int ramp = A0; int wye = A1; int eevjct = A2; int mc = A3; int bwf = A4; int ews = A8; //East Wye Swtich status, high is diverging int wws = A9; // West Wye Switch status, high is diverging int eevs = A10; //East El Vado Jct Switch status int rest = A11; // Show restricting input int perm = A13; // Permit to enter input boolean permlatch;

5 if (digitalread(perm) == HIGH) delay(100); // delay to debounce switch permlatch =!permlatch; // toggle running variable digitalwrite(led22,high); //EEV Jct Panel Indication if (digitalread(a10) == LOW) //EEV Jct Switch Normal = LOW digitalwrite(led31,!permlatch); //S2- RD digitalwrite(led33,permlatch); //S2- WT else digitalwrite(led37,!permlatch); // S3- RD digitalwrite(led35,permlatch); // S3- WT if (digitalread(eevjct) == LOW digitalread(wws) == HIGH) digitalwrite(led27,low); // S4- YL digitalwrite(led29,high); //S4- RD else

6 digitalwrite(led29,low); //S4- RD digitalwrite(led27,high); //S4- YL if (digitalread(a11) == LOW) if (digitalread(a10) == LOW) //EEV Jct Switch Normal = LOW if (digitalread(wws) == HIGH && digitalread(eevjct) == HIGH && digitalread(mc) == HIGH) //East Wye Switch: High = Normal, West Wye Switch: LOW = Normal digitalwrite(led46,low); // UPPER RED digitalwrite(led44,high); // UPPER YELLOW if (digitalread (ews) == LOW && digitalread(eevjct) == HIGH && digitalread(mc) == HIGH) //East Wye Switch: High = Normal, West Wye Switch: LOW = Normal digitalwrite(led46,low); // UPPER RED digitalwrite(led44,high); // UPPER YELLOW

7 if (digitalread(eevjct) == HIGH && digitalread(mc) == HIGH && digitalread(ramp) == HIGH && digitalread(wws) == LOW && digitalread (ews) == HIGH) // Note: LOW = Occupied digitalwrite(led46,low); // UPPER RED digitalwrite(led44,low); // UPPER YELLOW digitalwrite(led38,high); // UPPER GREEN if (digitalread(eevjct) == HIGH && digitalread(mc) == HIGH && digitalread(ramp) == LOW) // Note: LOW = Occupied digitalwrite(led46,low); // UPPER RED digitalwrite(led44,high); // UPPER YELLOW if (digitalread(eevjct) == LOW digitalread(mc) == LOW) // Note: LOW = Occupied

8 digitalwrite(led44,low); // UPPER YELLOW digitalwrite(led46,high); // UPPER RED if (digitalread(a10) == HIGH) //EEV Jct Switch Normal = LOW if (digitalread(eevjct) == HIGH && digitalread(bwf) == HIGH) // Note: LOW = Occupied digitalwrite(led48,low); // LOWER RED digitalwrite(led44,low); // UPPER YELLOW digitalwrite(led46,high); // UPPER RED digitalwrite(led42,high); // LOWER YELLOW if (digitalread(eevjct) == LOW digitalread(bwf) == LOW) // Note: LOW = Occupied digitalwrite(led44,low); // UPPER YELLOW digitalwrite(led46,high); // UPPER RED

9 if (digitalread(ramp) == HIGH && digitalread(ews) == HIGH) digitalwrite(led25,low); // S6- RD digitalwrite(led23,high); // S6- GN else digitalwrite(led23,low); // S6- GN digitalwrite(led25,high); // S6- RD if(digitalread(eevjct) == LOW) permlatch = false; digitalwrite(led22,permlatch); //EEV Jct Panel Indication digitalwrite(led33,permlatch); //S2- WT digitalwrite(led31,!permlatch); //S2- RD digitalwrite(led35,permlatch); // S3- WT digitalwrite(led37,!permlatch); // S3- RD

10 // Loop for blink logic: unsigned long currentmillis = millis(); if(currentmillis - previousmillis > interval) // save the last time you blinked the LED previousmillis = currentmillis; // if the LED is off turn it on and vice- versa: if (ledstate == LOW) ledstate = HIGH; else ledstate = LOW; // set the LED with the ledstate of the variable: //EEV Jct Switch Normal = LOW if(digitalread(a11) == HIGH && digitalread(a10) == LOW &&!permlatch == true) digitalwrite(led22,ledstate); //EEV Jct Panel Indication if(digitalread(a11) == HIGH && digitalread(a10) == LOW &&!permlatch == true) digitalwrite(led31, ledstate); if(digitalread(a11) == HIGH && digitalread(a10) == HIGH &&!permlatch == true) digitalwrite(led37, ledstate); if(digitalread(a11) == HIGH &&!permlatch == true) digitalwrite(led44,low); // UPPER YELLOW digitalwrite(led46,high); // UPPER RED digitalwrite(led48,ledstate); // LOWER RED

11